With a population of less than 600,000 (half of whom are foreign nationals), Luxembourg, which is nestled between France, Germany, and Belgium, is rarely center-stage internationally. Its biggest claim to fame is serving as an infamous tax haven second to Switzerland, and being one of the richest nations in the world (with a GDP per capita of around $100,000).
It is perhaps because of this great wealth and prosperity, as well as its relatively low profile (it maintains a policy of neutrality in most affairs), that this little country is aiming to become the “Silicon Valley of space mining”, to quote the headline of an article in Wiredreporting on Luxembourg’s outsized ambitions in space. Continue reading →
Fishing is an ancient practice dating back to at least 40,000 years ago. But like so many other age-old human practices, in the 21st century it has become an industrialized, globalized industry worth billions: on any given day across the world, tens of thousands of fishing boats of every size haul in hundreds of thousands of tons of fish. Close to half a billion people make a living, directly or indirectly, through fisheries and aquaculture (fish farms) in the developing world alone. Continue reading →
It is very telling that almost every portrayal of artificial intelligence in science fiction is a cynical one: A.I. is almost always prone to rebelling against, dominating, or otherwise coming into conflict with humanity. Judging by the continued prevalence and widespread acceptance of this trope, it appears that there is an inherent, almost universal perception that A.I. is bad news for our species. Continue reading →
Analogies of the human brain as a sort of organic computer (or visa versa, in the case of artificial intelligence) abounds. But it remains a matter of debate among some circles as to whether a truly thinking machine is feasible, and if so, whether it would operate along the same lines as our biological brains.
This past June, the United Nations Human Rights Council passed a nonbinding resolution in June that defines free and open access to the web is a human right and in strong terms “condemns unequivocally measures to intentionally prevent or disrupt access to our dissemination of information online”.
The four page document, which you can read here (PDF), takes a broad view of the Internet’s importance, from its empowerment of “all women and girls by enhancing their access to information and communications technology” to “[facilitating] vast opportunities for affordable and inclusive education globally”. It even affirms how the expansion of telecommunications technology has the “great potential to accelerate human progress”, an observation most denizens of the Internet Age can attest to. Continue reading →
Love them or hate them, selfies have become something of an icon of the 21st century. Considered the ultimate expression of narcissism and irreverence — especially among the already much-criticized Millennial generation most likely to take them — selfies instead reflect something much deeper and more fascinating about the state of humanity.
I know, it might be hard to believe given how vacuous selfiest seem, but Nicholas Mirzoeff of The Guardian makes a pretty compelling case about the sociological and cultural impact of selfiest and digital media in general. Continue reading →
One of the most alluring things about the Star Trek series is its vision of a near-Utopian world, where peace, social justice, and economic prosperity exist for all humanity (and other enlightened species).
Underpinning this success is replicator technology, in which anything anyone could ever want can be made for free, completely eliminating the need for money and, with it, socioeconomic inequality and poverty.
This unusual concept is explored in the book “Trekonomics“, by Manu Saadia, which examines the implications and feasibility of Star Trek’s “post-scarcity” economy. The New York Times covered some of the book’s key talking points. Continue reading →
As the Information Age continues to yield exponentially more powerful computers and processors, the idea of artificial intelligence will become increasingly more relevant and serious in the coming decades.
But some thinkers saw this coming well in advance, namely American mathematician and inventor Marvin Minsky, who pass away earlier this week at the age of 88.
As the Christian Science Monitor reports, this otherwise obscure figure (outside of the scientific and academic community) was a major intellectual contributor to A.I., laying its conceptual, practical, and ethical groundwork. Continue reading →
Since I find myself (fortunately) busy with some well needed freelance work, I have decided to keep things a bit light today; if you are similarly fascinated by humanity’s boundless capacity for innovation and grandiosity, check out Popular Mechanics’fascinating list of some of the world’s largest and technically-challenges projects under construction.
From near-stratospheric skyscrapers, to valley-spanning bridges and even whole cities, these infrastructural marvels reflect the latest developments in both technology and human vision — to say nothing of the endless appetite for economic growth and global prestige alike.
It is very telling that most of these projects take place in the developing world, particularly China, though quite a few are being undertaken in the industrialized world, including the United States. A more cynical and cautious observer might worry about the environmental impact of these endeavors, or whether they are a good use of funds in light of the global economic slowdown; such concerns are well founded, though for now I am content to see what technological feats our species is capable of, and how the fruits of such projects — if any — will bear out in the coming years.
With the successful Astrosat, a cutting-edge space observatory, the Indian Space Research Organisation (ISRO) has put India among a select group of countries that have an independently designed and operate a space telescope studying celestial objects. As The Hindu reports:
The ability to simultaneously study a wide variety of wavelengths — visible light, ultraviolet and X-ray (both low- and high-energy) bands — has tremendous implications for scientists globally, particularly those in India. Though stars and galaxies emit in multiple wavebands, currently operational satellites have instruments that are capable of observing only a narrow range of wavelength band. Since the Earth’s atmosphere does not allow X-rays and ultraviolet energy from distant cosmic objects to reach ground-based telescopes, space observatories become important to unravel celestial mysteries. With Astrosat, Indian researchers will no longer have to rely on other space agencies for X-ray data, and scientists everywhere need no longer source data from more than one satellite to get a fuller picture of celestial processes. As in the case of Chandrayaan-1 and the Mars Orbiter Mission, Mangalyaan, the Astrosat telescope will have no immediate commercial or societal implications. But the instruments have been carefully chosen to allow scientists to pursue cutting-edge research. Chandrayaan-1 and Mangalyaan returned invaluable information, although they were launched several years after other countries sent satellites to the Moon and Mars. Given the uniqueness of Astrosat, it will enable Indian researchers to work in the frontier areas of high-energy astrophysics.
Moreover, most of the payloads in the satellite come not from ISRO, but from a range of scientific institutions across India and the world (including Indonesia, Canada, and the United States). Astrostat thus reflects the country’s wide breadth of native talent, as well as its capacity to combine and coordinate these vital skills into one platform that can benefit researcher everywhere. Continue reading →